12.0 x 8.0 CAM Carbon Z Folding Blades
Upgrade your electric sailplane with the high-efficiency AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×8.0". Molded from carbon fiber reinforced plastic, these advanced blades deliver optimum stiffness and exceptional durability for thermal gliders. Designed to fold tightly against the hull, they significantly reduce flight drag to maximize your RC plane's gliding performance.
The AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×8.0" represent an advanced evolution in folding propeller technology for electric gliders. By re-engineering the blade root profile, the CAMcarbon Z series allows the propeller blades to rest dramatically closer to narrow or wooden glider fuselages, eliminating unwanted aerodynamic gaps when the motor is stopped. Compatible with standard 8mm blade root mounts and optimized for use with AeroNaut Z-spinners, this pair offers smooth power delivery when combined with an ESC soft-start feature. Designed to operate safely up to 13,000 RPM, these blades are an ideal upgrade for RC soaring enthusiasts demanding peak thermal efficiency.
What is the maximum speed limit for the AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×8.0"?
The AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×8.0" are rated for a maximum speed of 13,000 RPM. Always operate them with a motor soft-start enabled to protect the hub and blades from extreme initial torque.
Will the AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×8.0" fit my current RC plane spinner?
Yes, these blades fit all standard folding propeller yokes and spinners designed for 8mm blade roots, though pairing them with an AeroNaut Z-spinner yields the tightest fold and best aerodynamic profile.
How does middle piece size affect the AeroNaut CAM Carbon Z Folding Propeller Blades: 12.0×8.0"?
The specified 12.0x8.0" dimension is based on a standard 42mm yoke (middle piece). Using a wider or narrower middle piece will slightly increase or decrease the final prop diameter and pitch accordingly.







































